Final answer:
Negative feedback is crucial for stability in systems, including maintaining equilibrium. It plays a vital role in regulating responses and maintaining balance.
Explanation:
Negative feedback involves a reaction to some stimulus in the direction opposite the stimulus, performing a corrective action and leading to stability. In systems in equilibrium, negative feedback plays a crucial role in maintaining stability and preventing excessive changes.
For example, in a car braking scenario, when the car moves in the negative direction and the brakes are applied, the acceleration would be in the positive direction due to the negative feedback of the braking system.
Understanding feedback mechanisms is essential for grasping concepts like homeostasis, where negative feedback helps regulate responses to stimuli to maintain a balanced internal environment.
Learn more about Negative feedback in biological systems here:
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